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Sources of the Human Brainstem Auditory Evoked Potential

Z. Sh. Kevanishvili

Open publisher page 45 citations

Abstract

Most components of the human brainstem auditory evoked potential (BEP), elicited by monaural clicks are greater on ipsilateral than on contralateral scalp areas. The major BEP component, Wave V, on ipsilateral areas has also a shorter peak-latency. Under binaural vs monaural stimulation all the BEP components duplicate in amplitudes. Proceeding from these results the sublemniscal (cochleo-olivary-trapezoid) origin of all the BEP components is suggested.

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What this paper is about

Most components of the human brainstem auditory evoked potential (BEP), elicited by monaural clicks are greater on ipsilateral than on contralateral scalp areas. The major BEP component, Wave V, on ipsilateral areas has also a shorter peak-latency. Under binaural vs monaural stimulation all the BEP components duplicate in amplitudes. Proceeding from these results the sublemniscal (cochleo-olivary-trapezoid) origin of all the BEP components is suggested.

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Available abstract

Most components of the human brainstem auditory evoked potential (BEP), elicited by monaural clicks are greater on ipsilateral than on contralateral scalp areas. The major BEP component, Wave V, on ipsilateral areas has also a shorter peak-latency. Under binaural vs monaural stimulation all the BEP components duplicate in amplitudes. Proceeding from these results the sublemniscal (cochleo-olivary-trapezoid) origin of all the BEP components is suggested.

Key concepts: Monaural, Binaural recording, Superior olivary complex, Brainstem, Audiology, Scalp, Auditory pathways, Evoked potential

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